Elaine Wang posted this Technology Call
Innovation Manager at Haier
Beiersdorf AG posted this Technology CallSeeking technologies to jellify fluids (water or oil) without using polymeric molecules or surfactant systems.The main goal is to find a technology to jellify a fluid without using macromolecules or concentrated surfactant systems. The fluid in question may be water or oils (eg. hydrocarbons, triglycerides, fatty acids and esters - mostly saturated). The concentration of the gelling agent should be below 5% w/w. (preferentially < 2% w/w).
FrieslandCampina posted this Technology CallSeeking Sweetness technology for sugar reductionNew/novel technologies to reduce sugar content (or removing added sugar completely) and optimize sweetness in dairy products, without losing taste or texture, while minimizing cost impact, preferably by implementing natural solutions.
ERTRAC Global Competitiveness Working Group posted this Technology CallSeeking research & innovation centres of excellence in advanced functional materialsIn the context of sustainable mobility, research on environmental sustainable lightweight solutions must be continued in an integrated, systemic approach taking into account the application-oriented development of novel material systems. We are seeking information from research centers-of-excellence capable of performing future material development respecting environmental sustainability and circular economy requirements, including: • Natural and bio-based materials as well as recyclable & recycled materials • Materials for energy storage • Materials alternatives to rare and high demand materials • Material repair, reuse and disposal and offering specific functionalities including, for example: • Conductive and piezoresistive polymers, • New surface and coating solutions e.g. for self-cleaning, self-healing or anti-corrosion, • Reversible adhesives and joints, • Materials for noise abatement and aesthetical improvements. Appropriate cost- and energy-efficient manufacturing and assembly strategies will need to be addressed.
ERTRAC Global Competitiveness Working Group posted this Technology CallSeeking research & innovation centres of excellence in material data spaceMaterial data space addresses a digital infrastructure providing all relevant information on materials and structural parts over the full life-cycle (from cradle to grave: e.g. mining, processing, manufacturing, usage, ageing, repair, recycling,….). As such it can be understood as enabler for knowledge-based material development, for a circular economy approach as well as for advanced monitoring concepts for parts and products. Fundamental research is needed on: • Cost-efficient integration of sensing and communication functions into materials • Processing of such smart materials towards components and products • System integration (powering, data management, data processing & analysis,…) • Ensuring the reliability incl. Repair concepts Based on the data generated by sensorised materials and products made out of it • degradation and ageing mechanism of materials and structures should be derived by applying machine learning concepts, • novel structural health monitoring should be realised and implemented, • advanced recycling and re-use concepts should be investigated.
ERTRAC Global Competitiveness Working Group posted this Technology CallSeeking research & innovation centres of excellence in virtual product developmentVirtual product development as key enabling technology for maintaining global competitiveness of EU industry: • Fast and efficient product development in a digitalized and connected industry • Creation of digital twins for development, production, maintenance and recycling • Minimization of consumption of energy and resources during entire product life cycles Research needed focusing on long term sustainability and affordability: • Efficient tools and methods for handling and development of large, complex systems of systems Material characterization and modelling of next generation composite materials (additive manufacturing) • Creation of new classes of models for digital twins considering the statistical nature of components and systems due to stochastic processes • Creation of tools and methods for development, validation, diagnosis and maintenance of flexible/adaptive/self-learning controllers and systems • Coupling of virtual and real development tools and methods along the development and supply chain (secure and fast data exchange, data plausibility, in the loop data analysis) • Total product life cycle GHG and LCA assessment as part of digital twins • User & environment-product compatibility (EMC, radiation, NVH, LEAR, toxicity...)
Haier posted this Technology CallSeeking for bacteria detection method used in closed spaceNowadays, consumers are more and more concerned about food safety and health. Food even stored properly may still grow bacteria with time goes on. So now we are seeking for technologies or solutions that can detect the total microbial counts in a closed space that can be integrated with refrigerator. The module shall be small in size and have a relatively long lifetime, as the lifetime of a refrigerator is 8-10 years. Currently, we do not set specific requirement for the detection accuracy. It would be accepted as long as it could detect and tell the total bacteria counts. Haier prefers to work with partners that have existing technologies or approaches that can be applied to this specific application. Collaboration can involve technology licensing, product sourcing, proof of concept leading to joint development agreements and assistance with scale-up to manufacturing. Preference will be given to technologies or approaches that currently have working prototypes that can undergo feasibility, validation or proof of concept over a 3-6 month period. Financial support for the proof of concept phase will be negotiated based on specific performance targets agreed between both parties. For selected collaborators Haier may provide access to samples, test equipment and testing facilities. Technologies will need to satisfy manufacturability, material cost and ease of use assessments to progress from the concept stage.
Haier posted this Technology CallSeeking for technologies to reduce frozen meat gravy lossFor current refrigerators, meat and frozen foods are stored under low temperatures (-18℃) for longer preservation. However, after certain period, due to temperature fluctuation (caused by the on-and-off actions of the compressor and defrost, etc.) and sweeping of cold air flow (in air cooled refrigerators), frozen meat may lose water. For example, water on meat surface is removed and food cell is pierced through by ice crystals. Once the meat is thawed, there will be a large amount blood and the meat will taste hard or bad. This will have negative impact on meat quality. To further improve frozen food quality, we are now seeking for a new solution that could be applied on refrigerator products.
Haier posted this Technology CallSeeking technologies or solutions for rapid air dryingHaier seeks technologies or approaches that can rapidly dry air and reduce air humidity level. Background Chest freezers can experience frost formation on the internal surfaces. The frost thickness can reach 5-10 mm within 1 week and can affect the heat transfer efficiency and energy consumption. Over time the frost thickness can also reduce the available storage space and cause inconvenience to consumers who must periodically remove the frost. Tests show that the frost layers mainly concentrate on the lower part of the cabinet and its liner with a frost formation rate of 10g per day (the compressor keeps on for 10 minutes and then keeps off for 14 minutes). We are now seeking for technologies or solutions that can rapidly reduce air humidity level when air flow passes.
Haier posted this Technology CallSeeking partners with technologies or methods to remove pesticides from fruit and vegetables during storage within a refrigerator.We seek partners with technologies or methods to remove pesticides from fruit and vegetables during storage within a refrigerator. Preference will be given to technologies or approaches that currently have working prototypes that can undergo feasibility, validation or proof of concept over a 3-6month period. Financial support for the proof of concept phase will be negotiated based on specific performance targets agreed between both parties. For selected collaborators Haier may provide access to samples, test equipment and testing facilities. Technologies will need to satisfy manufacturability, material cost and ease of use assessments to progress from the concept stage.
Organization from Switzerland posted this Technology CallSeeking Low Temperature Catalytic Technologies for Oxidation of Methane to Carbon DioxideMethane is the main component of natural gas and a powerful contributor to climate change. Although it does not remain in the atmosphere as long as carbon dioxide, it is in fact 86 times more powerful than carbon dioxide when the atmospheric warming impact is considered over a 20-year period. The reduction of methane emissions is therefore a critical factor in the mitigation of global warming. In order to reduce the emissions of methane from industrial sources, we are seeking robust catalytic technologies for the oxidative abatement of low concentrations of methane under varying conditions for a range of applications. Due to the high stability of the methane molecule, we believe that an innovative catalytic approach is required. Potential applications include methane abatement in engines, gas turbines, mining and extraction technologies. In these applications, the thermal stability of the catalyst is important. However, the central challenge is to design catalytic materials that exhibit the highest activity at the lowest temperature while remaining resistant to poisons present in the exhaust gases.
Alexander Kvashnin posted this Technology Call
Director at Center for Technology Transfer and Commercialization of Novosibirsk State University
Organization from Switzerland posted this Technology CallSeeking Catalyst for Efficient Conversion of Carbon Dioxide and Hydrogen to MethanolPower to Methanol is a highly promising technology for the conversion of carbon dioxide (CO2) and hydrogen (H2) generated by renewable energy sources. Fuels derived from methanol such as dimethyl ether and oxymethylene ethers show high potential to significantly reduce the carbon footprint of synthetic fuels for a low carbon mobility in the future. Industrial catalysts based on CuZnAlOx materials are highly efficient in converting CO-rich syngas, as derived from steam reforming of methane, to methanol. However, with rising content of CO2, catalyst productivity and stability become an issue for industrial applications. Reduced thermal stability may be attributed to higher amounts of product water when applying high CO2 content in the feedgas. We are seeking alternative catalytic compounds with improved hydrothermal stability and improved activity. Low operating temperatures of